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Microbial remediation was achieved by microorganism that can survive in arsenic-contaminated soils, the mechanism of remediation include microbial adsorption, microbial reduction and oxidation.
Microbial oxidation and reduction used these microorganisms to change the valence state of metal ions, and thus the mobility of metal ions is diminished.
Junwang Meng for data collection.

In particularly, reduction of conductance is remarkably in comparison with prototype system.
Installed high pressure pump is operated in 0.75 MPa, increased refined water flow quantity and impurity reduction is achieved for adequate pressure of reverse osmosis membrane.
Yamanaka: Cutting fluid and Grinding fluid (Saiwaishobo Co.Ltd., Japan 1982), p. 244-264 [3] TECHNICAL RESEARCH INSTITUTE Japan Society for the Promotion of Machine Industry: Material Processing Data File Text Vol:15 (Grinding) (TECHNICAL RESEARCH INSTITUTE Japan Society for the Promotion of Machine Industry, Japan 2002), p. 32-33 [4] N.

Fig.1 Standard layer construction layout Using SATWE for calculation and analysis of preliminary layout model, the main parameters are as follows: the safety level of structure is secondary level; design life is 50 years; seismic grade of shear wall is three-level; concrete density 27kN/m3; the vertical load calculation information: simulation construction loading 3; period reduction coefficient 0.95; because building plane is irregular, choose consider two-way seismic torsion effect; considering all the floor layout under the most adverse-arrange live load, amplified coefficient of middle beam stiffness is 2.0, amplitude modulation factor of beam end is 0.85, stiffness reduction coefficient of connecting beam is 0.8 (considering wind load may play a key role), apical plate of basement is embedded fixed end of structure, earthquake intensity is 6 degrees, design earthquake grouping: group 1, site classification as Class II venues, earthquake maximum influence coefficient () is 0.063.
Fig.4 Floor plan of typical floor of shear wall structure system (scheme 3) Analysis of optimal layout of shear walls Using SATWE software calculation and analysis for optimal layout model of shear wall, mainly calculation of relevant parameters and analysis of the preliminary layout of shear wall, overall outcomes data of structure are as follows: (1)Resistive overturning results Table 1 Resistive overturning Resistive overturning bending moment Mr Overturning bending moment Mov Ratio Mr/Mov X wind load 3585252.8 85747.9 41.81 Y wind load 1341083.3 208671.5 6.43 X earthquake 3585252.8 117086.6 30.62 Y earthquake 1341083.3 128666.3 10.42 (2)Check calculation results of structural overall stability Check calculation of overall stability meet high rules (the5.4.4), can not consider gravity second-order effect

According to the Cone calorimetric data presented in Fig.1, the ignition time of untreated specimen (UTS) was 7s, while the ignition time of fire-retarded specimens was 17s, 20s, 25s, respectively.
There was a major reduction in the rate of heat release and flammable products which fueled the flaming combustion reaction [5].
There would be a reduction in mass when the fire-retardant treated wood was leached in water, in other words fire retardant would lose by water leaching.

For example, modifications to the SKD 11 composition, such as the reduction of carbide particle size, have shown potential to enhance toughness and delay crack initiation​ [9, 13].
Thermal history was recorded with a data logger (MIDI Logger-GL900).
However, the extent to which this tempering heat treatment influences the reduction of cold cracking risk remains unclear.

Kuzuu et al. consider that the effect of the reduction of the Si–Si distance on volume shrinkage exceeds the effect of dilatation due to the defect creation in this temperature range [2].
This could be caused by the balance between the reduction of the nearest Si–Si distance and the increment of the number of the defects.
Model B can well describe the Si-O-Si bond angle, but the density result is larger than the real data.

Measurements vehicle performance data comprised brake power (kW), flywheel torque (Nm) and fuel consumption rate (kg/hr).
The reduction in brake power at 3000 rpm is observed to be 0.2 kW at 50% and 100% load.
This is mainly due to the reduction in the lower heating value of biodiesel.

Although the detailed information of TN has not been retrieved from the data, this research can provide a former study of magnetism in LSO apatite electrolyte and also give feedback to another study on the magnetism effect of SOFC electrolyte on perovskite cathode.
Jiang, Identification of oxygen reduction processes at (La,Sr)MnO3 electrode/La9.5Si6O26.25 apatite electrolyte interface of solid oxide fuel cells, Int.
Jiang, Oxygen reduction reaction at (La,Sr)(Co,Fe)O3-d electrode/La9.5Si6O26.25 apatite electrolyte interface of solid oxide fuel cells, Int.

The XRD interpretation was done by comparison with standards in a PDF 02-8 data bank using the Bruker DiffracPlus software.
This may be attributed to the reduction in porosity by liquid phase formation due exclusively to the ash.
Furthermore, see Fig. 2, a significant increase in strength occurred at 1050ºC, which can be attributed to the aforementioned reduction of porosity by liquid phase infiltration [15].

The values for area reduction and elongation in each specimen were calculated by measuring both the initial diameter and the gauge length before and after tensile testing, respectively.
A fatigue crack propagation rate (da/dN) analysis was conducted using pairs of data comprising cycle number (N, in cycle) and crack length (a, in mm).
Tensile properties of AISI 4140 steel in different heat treatments Specimen Tensile strength, MPa Plastic energy (J) Elastic energy (J) Area reduction (%) Elongation (%) sy sult An 359 624 100.00 0.44 49.40 28.10 MA 829 1040 54.10 4.24 41.50 7.30 Fig. 3.